Understand how Amazon Aurora DB instances are billed.| docs.aws.amazon.com
Learn how Amazon cloud computing resources are hosted in multiple locations world-wide, including AWS Regions and Availability Zones.| docs.aws.amazon.com
Determine the computation and memory capacity of an Amazon Aurora DB instance by its DB instance class.| docs.aws.amazon.com
Ensure high availability for your Amazon Aurora databases with automatic failover, multi-Availability Zone configuration, and global databases that span AWS Regions.| docs.aws.amazon.com
Learn which features are available in each AWS Region for Amazon Aurora MySQL-Compatible Edition and Amazon Aurora PostgreSQL-Compatible Edition.| docs.aws.amazon.com
How to set up and start using the Amazon Relational Database Service.| docs.aws.amazon.com
Learn about Amazon Aurora versions, which have their own version numbers, release cycle, and timeline for version deprecation.| docs.aws.amazon.com
Leverage built-in replication options with Amazon Aurora for high availability, read scaling, and data distribution across AWS Regions.| docs.aws.amazon.com
Learn about Aurora DB clusters on Amazon RDS.| docs.aws.amazon.com
Learn about the Aurora storage subsystem. Aurora uses a distributed and shared storage architecture.| docs.aws.amazon.com
Learn how to manage security in Aurora.| docs.aws.amazon.com
Learn how Aurora supports reliability and high availability.| docs.aws.amazon.com
Amazon Aurora typically involves a cluster of DB instances instead of a single instance. Each connection is handled by a specific DB instance. When you connect to an Aurora cluster, the host name and port that you specify point to an intermediate handler called an| docs.aws.amazon.com
Set up, operate, and scale a relational database in the AWS Cloud easily using the Amazon RDS web service.| docs.aws.amazon.com